With the deepening of industrialization, China's industrial upgrading of waveform springs has been widely applied in various fields, providing a large number of compact and lightweight solutions in product design in industries such as aerospace, automotive, medical, and petroleum.
1. Save axial space
Due to the fact that each layer of the waveform spring is composed of segments of sine waves, although both are spiral structures, the output spring stiffness under the same conditions is greater. Therefore, it can provide load requirements in a smaller range of travel, thereby reducing the overall size of the components and providing design possibilities for product lightweighting and compactness.
2. Provide precise and controllable force demand
Thanks to the linear stiffness of the sine wave output of the waveform spring, the waveform spring can accurately predict the load at the specified working height. For products that require high precision and high workload, the characteristic of waveform springs can well meet the requirements of precision machinery for product consistency and reliability.
3. Design flexibility
Due to the use of edge winding technology in waveform springs, samples can be quickly and economically provided for product early design. Our company has matched a large number of tooling molds and a wide range of material inventory for the non-standard design and production of waveform springs.
